虚拟装配环境中，采用数据手套进行虚拟零件操作是一个很重要的方法。
It is a very important method by using data glove operating virtual parts in virtual assembly.
通过对零件拓扑面建立编码，提出了虚拟零件和虚拟元素的概念，建立了虚拟零件模型；
The concept of the virtual part and virtual component are proposed and the virtual part model is built up by coding the faces of parts.
虚拟键盘很可能成为一个补充性的零件，而对于用于密集内容创作的个人电脑来说，传统键盘不大可能被完全取代。
On PCs used for intensive content creation, however, the physical keyboard is unlikely to go away entirely, although an integrated virtual keyboard is likely to become a complementary component.
针对箱体类零件加工环境建立虚拟生产加工系统体系结构，该体系结构包括基础核心层、制造系统层、界面层的三层结构。
A system structure for virtual machining system is built according to the machining environment of box type parts with the basic core layer, manufacturing system layer and interfacial layer included.
在零件三维建模和装盒机虚拟装配总成的基础上，完成了对零件的加工制造，最终完成了装盒机的实际装配。
In part three-dimensional modeling and virtual assembly cartoning machine assembly based on the completed parts of the processing, the final completion of the actual assembly of the cartoning machine.
通过总装的虚拟化样机设计，检验了零部件的结构设计中是否存在干涉，零件间的定位和装配关系是否合理，总体结构是否美观。
After the virtual reassemble, the part is intervene whether or not, the position and reassembled relation is reasonable or not and the overall structure is looked beautiful or not.
在传统的二维设计模式下，零件不是以实体模型进行设计的，因此无法在计算机中对机器进行虚拟装配和运动仿真。
In the traditional 2d design mode, parts are not designed as solid models, therefore the virtual assembly and motion simulation for machinery products are impossible.
运用虚拟现实(VR)技术实现了船用分油机的拆装实验，可进行分油机各零件拆装、工作原理展示。
A disassembly and assembly experiment system of the Marine purifier is built by Virtual Reality (VR) technology, which can show principle of work as well as disassemble and assemble of the purifier.
在高速摄影机设计领域首次完成了产品零件虚拟设计，得到了摄影机数字化零部件产品。
The rest of the parts of HSPC are also designed with numerical representation under the virtual manufacturing environment.
创建了面向虚拟企业的零件工艺信息数据库，可以满足不同子企业的信息需求。
Part process information recognition module is developed, which can recognize the features of part and features form, geometry attribute.
该虚拟环境主要包括仿真环境的建立和加工过程的建立两部分，其中仿真环境的建立包括加工中心的建模和零件的建模。
The simulation and machining process were built up in the virtual manufacturing environment. Models of machining center and part were produced in the simulation environment.
该虚拟环境主要包括仿真环境的建立和加工过程的建立两部分，其中仿真环境的建立包括加工中心的建模和零件的建模。
The simulation and machining process were built up in the virtual manufacturing environment. Models of machining center and part were produced in the simulation environment.
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